Screencast Summary

This page summarizes screencasts in a concise table. The default is to show the top-rated screencasts, but the dropdown filters are provided to permit sorting by textbook section, rating, or number of votes cast.

Screencast Title	Avg	No. votes	Section
Local Composition Concepts (6:51)	51.8	17	13.01 - Local Composition Theory
UNIQUAC concepts (6:44)	51.7	12	13.04 - UNIQUAC
Henry's Law (10:16)	51.6	19	11.12 - Lewis-Randall Rule and Henry's Law
Osmotic Pressure (7:23)	51.3	16	11.13 - Osmotic Pressure
Heat removal from an Isothermal Reactor using Figure 3.5b	50.0	2	03.6 - Energy Balance for Reacting Systems
Binary Bubble, Dew, and Flash Calculations for Ideal Solutions	50.0	2	10.03 - Binary VLE using Raoult's Law
Internal Energy Departure - P	50.0	2	08.07 - Implementation of Departure Functions
Departure Functions: PREOS.xls	50.0	10	08.08 - Reference States
Selecting Stable Roots	50.0	4	07.06 Solving The Cubic EOS for Z
Molecular Nature of S: Thermal Entropy (of the Einstein Solid)	50.0	2	04.02 The Microscopic View of Entropy